Examples of org.openquark.cal.internal.javamodel.JavaMethod.addStatement()

Package org.openquark.cal.internal.javamodel

Class org.openquark.cal.internal.javamodel.JavaMethod

Examples of org.openquark.cal.internal.javamodel.JavaMethod.addStatement()

org.openquark.cal.internal.javamodel.JavaMethod.addStatement()
Add a statement to the body of the method. @param statement

                JavaExpression assign = new JavaExpression.Assignment(flag, LiteralWrapper.make(Boolean.TRUE));
                javaMethod.addStatement(new ExpressionStatement(assign));
            }


            // Add the body
            javaMethod.addStatement(bodyBlock);


            return javaMethod;
        }


        /**

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                switchStatement.addCase(
                    new SwitchStatement.IntCaseGroup(functions.getFunctionIndex(javaDefn.getFunctionName()), new ReturnStatement(mi)));
            }


            javaMethod.addStatement(switchStatement);


            // Handle the fallthrough.
            // If this is the lazy version of the 'f' method we want to defer to the
            // version in the superclass (i.e. RTValue).  This can occur when there
            // is a lazy application of a functional argument, or an oversaturation.

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                    new MethodInvocation.Static (JavaTypeNames.RTVALUE,
                                                   "badValue",
                                                   LiteralWrapper.make("Bad scTag in 'f'."),
                                                   JavaTypeName.STRING,
                                                   JavaTypeNames.RTVALUE);
                javaMethod.addStatement(new ReturnStatement(mi));
            } else {
                MethodInvocation mi =
                    new MethodInvocation.Instance(
                            null,
                            "f" + arity + "L",

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                            argValues,
                            argTypes,
                            JavaTypeNames.RTVALUE,
                            MethodInvocation.InvocationType.SPECIAL);


                javaMethod.addStatement(new JavaStatement.LineComment("This is an oversaturated lazy application."));
                javaMethod.addStatement(new JavaStatement.LineComment("Usually this occurs when dealing with a lazy application of a function type argument."));
                javaMethod.addStatement(new JavaStatement.LineComment("Defer to the base implementation in the super class."));


                javaMethod.addStatement(new ReturnStatement(mi));
            }

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                            argTypes,
                            JavaTypeNames.RTVALUE,
                            MethodInvocation.InvocationType.SPECIAL);


                javaMethod.addStatement(new JavaStatement.LineComment("This is an oversaturated lazy application."));
                javaMethod.addStatement(new JavaStatement.LineComment("Usually this occurs when dealing with a lazy application of a function type argument."));
                javaMethod.addStatement(new JavaStatement.LineComment("Defer to the base implementation in the super class."));


                javaMethod.addStatement(new ReturnStatement(mi));
            }
        }

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                            JavaTypeNames.RTVALUE,
                            MethodInvocation.InvocationType.SPECIAL);


                javaMethod.addStatement(new JavaStatement.LineComment("This is an oversaturated lazy application."));
                javaMethod.addStatement(new JavaStatement.LineComment("Usually this occurs when dealing with a lazy application of a function type argument."));
                javaMethod.addStatement(new JavaStatement.LineComment("Defer to the base implementation in the super class."));


                javaMethod.addStatement(new ReturnStatement(mi));
            }
        }

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                javaMethod.addStatement(new JavaStatement.LineComment("This is an oversaturated lazy application."));
                javaMethod.addStatement(new JavaStatement.LineComment("Usually this occurs when dealing with a lazy application of a function type argument."));
                javaMethod.addStatement(new JavaStatement.LineComment("Defer to the base implementation in the super class."));


                javaMethod.addStatement(new ReturnStatement(mi));
            }
        }


        private void createMethod_fSwitching () {

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                    new SwitchStatement.IntCaseGroup(
                            functions.getFunctionIndex(mf.getName()),
                            new ReturnStatement(mi)));
            }


            javaMethod.addStatement(switchStatement);


            // Handle the fallthrough.
            final MethodInvocation mi =
                new MethodInvocation.Static (JavaTypeNames.RTVALUE,
                                               "badValue",

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                new MethodInvocation.Static (JavaTypeNames.RTVALUE,
                                               "badValue",
                                               LiteralWrapper.make("Bad scTag in 'f'."),
                                               JavaTypeName.STRING,
                                               JavaTypeNames.RTVALUE);
            javaMethod.addStatement(new ReturnStatement(mi));
        }


        /**
         * Get the object representation for a Java class representing the function for this class.
         * This will not have any inner class info set.

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                                                             "remove",
                                                             new JavaExpression[]{SCJavaDefn.EXECUTION_CONTEXT_VAR},
                                                             new JavaTypeName[]{JavaTypeName.OBJECT},
                                                             JavaTypeName.OBJECT,
                                                             MethodInvocation.InvocationType.INTERFACE);
                javaMethod.addStatement (new ExpressionStatement(remove));
            }
        }


        /**
         * Create the make() method.

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